QUOTE (Shaftsbury @ Oct 22 2007, 05:35 PM)

Yes, it would have been one heck of a mess wouldn't it.
This is why I ask the question, so why doesn't the fossil record show such an event?
Edited for spelling
[size="4"][/size]1) The fossil record does show the event. Evidence of Noah’s Flood can be seen all over the earth, from seabeds to mountaintops. Whether you travel by car, train, or plane, the physical features of the earth’s terrain clearly indicate a catastrophic past, from canyons and craters to coal beds and caverns. Some layers of strata extend acrosscontinents, revealing the effects of a huge catastrophe.
The earth’s crust has massive amounts of layered sedimentary rock, sometimes miles (kilometers) deep! These layers of sand, soil, and material—mostly laid down by water—were once soft like mud, but they are now hard stone. Encased in these sedimentary layers are billions of dead things (fossils of plants and animals) buried very quickly. The evidence all over the earth is staring everyone in the face.
Hot, bubbling mud springs or volcanoes are found in New Zealand, Java and elsewhere, but these Wootton Bassett mud springs usually ooze slowly and are cold. However, in 1974 River Authority workmen were clearing the channel of a small stream in the area, known as Templar’s Firs, because it was obstructed by a mass of grey clay.2 When they began to dig away the clay, gray liquid mud gushed into the channel from beneath tree roots and for a short while spouted a third of a meter (one foot) into the air at a rate of about eight liters per second.
No one knows how long these mud springs have been there. According to the locals they have always been there, and cattle have fallen in and been lost! Consisting of three mounds each about 10 meters (almost 33 feet) long by five meters (16 feet) wide by one meter (about three feet) high, they normally look like huge ‘mud blisters’, with more or less liquid mud cores contained within living ‘skins’ created by the roots of rushes, sedges and other swampy vegetation, including shrubs and small trees.2 The workmen in 1974 had obviously cut into the end of one of these mounds, partly deflating it. Since then the two most active ‘blisters’ have largely been deflated and flattened by visitors probing them with sticks.3
In 1990 an ‘unofficial’ attempt was made to render the site ‘safe’.4 A contractor tipped many truckloads of quarry stone and rubble totaling at least 100 tonnes into the mud springs, only to see the heap sink out of sight within half an hour! Liquid mud spurted out of the ground and flowed for some 600 meters (about 2,000 feet) down the stream channel clogging it. Worried, the contractor brought in a tracked digger and found he could push the bucket down 6.7 meters (22 feet) into the spring without finding a bottom.
So why all the ‘excitement’ over some mud springs? Not only is there no explanation of the way the springs ooze pale, cold, gray mud onto and over the ground surface, but the springs are also ‘pumping up’ fossils that are supposed to be 165 million years old, including newly discovered species.1 In the words of Dr Neville Hollingworth, paleontologist with the Natural Environment Research Council in Swindon, who has investigated the springs, ‘They are like a fossil conveyor belt bringing up finds from clay layers below and then washing them out in a nearby stream.’1
Over the years numerous fossils have been found in the adjacent stream, including the Jurassic ammonite Rhactorhynchia inconstans, characteristic of the so-called inconstans bed near the base of the Kimmeridge Clay, estimated as being only about 13 metres (almost 43 feet) below the surface at Templar’s Firs.5 Fossils retrieved from the mud springs and being cataloged at the British Geological Survey office in Keyworth, Nottinghamshire, include the remains of sea urchins, the teeth and bones of marine reptiles, and oysters ‘that once lived in the subtropical Jurassic seas that covered southern England.’1
Some of these supposedly 165 million year old ammonites are previously unrecorded species, says Dr Hollingworth, and the real surprise is that ‘many still had shimmering mother-of-pearl shells’.1 According to Dr Hollingworth these ‘pristine fossils’ are ’the best preserved he has seen … . You just stand there [beside the mud springs] and up pops an ammonite. What makes the fossils so special is that they retain their original shells of aragonite [a mineral form of calcium carbonate] … The outsides also retain their iridescence …’6 And what is equally amazing is that, in the words of Dr Hollingworth, ‘There are the shells of bivalves which still have their original organic ligaments and yet they are millions of years old’!1
Perhaps what is more amazing is the evolutionary, millions–of–years mindset that blinds hard–nosed, rational scientists from seeing what should otherwise be obvious—such pristine ammonite fossils still with shimmering mother–of–pearl iridescence on their shells, and bivalves still with their original organic ligaments, can’t possibly be 165 million years old. Upon burial, organic materials are relentlessly attacked by bacteria, and even in seemingly sterile environments will automatically, of themselves, decompose to simpler substances in a very short time.7,8 Without the millions–of–years bias, these fossils would readily be recognized as victims of a comparatively recent event, for example, the global devastation of Noah’s Flood only about 4,500 years ago.
2) Most members of the public still think, as a result of years of conditioning, that the formation of fossils is somehow associated with long time-spans. Those who accept the Bible as the truthful Word of the Creator would know that this cannot be, since there could not have been death and bloodshed before the rebellion of the first man, Adam. They would therefore expect evidence that fossil formation is generally a rapid, catastrophic process.
When one finds a fossil of an isolated tooth or shell, for example, it is not possible to say how quickly or slowly it formed. However, there are countless examples of fossils concerning which it is obvious that long time-spans could not have been involved. For instance, fossils which have features so beautifully preserved that they must have been buried and hardened before they could be damaged by scavengers or decay.
In this spectacular case, not only is the fossil exquisitely preserved, but the fact that mother and infant are 'trapped' in a not-yet-completed birth process makes it profoundly clear that both were rapidly overwhelmed by catastrophic burial, consistent with the world flood of Noah's day. It is, of course, not feasible that mother just lay on the bottom of the ocean floor giving birth for thousands of years while being slowly covered up by accumulating sediments!
Unlike many other reptiles, ichthyosaurs gave birth to live young. Another photo shows another fossilised mother ichthyosaur with several unborn in her abdomen, and with what appears to be a newborn juvenile a short distance away (perhaps her own). Again, the beautiful state of preservation defies the idea that long time-spans were involved in the formation of this fossil.
3) Because of the apparent frailty of their bodies, and the ability of many of them to fly, insects are thought of being rarely found as fossils. Any mention of insect fossils though, and most people think of insects spectacularly fossilized in amber.1 However, insect fossils have also been found preserved in fine-grained sedimentary strata, including those associated with sequences of coal beds.2
One world-famous fossil insect bed is that found in the Belmont-Warner's Bay area of Newcastle, approximately 90 miles (145km) north of central Sydney, Australia.3 This horizon is about 2 ft. 6 in. (0.75m) thick, and consists of hard, fine-grained tuffaceous chert. It lies some 70 ft. (20m) below the bottom of the economically-exploited Fassifern Coal Seam in the upper Newcastle Coal Measures, and thus is conventionally regarded as late Permian at around 250 million years old.4 Outcrops of the fossil insect bed occur for almost two miles (3.2km) along a ridge. Its lateral extent has never been traced due to housing estates and industrial developments in the surrounding areas, but it is believed to extend at least six miles (9.6km) in a one mile (1.6km) wide belt in a general northwest-southeast direction.
The fine grain size of the tuffaceous chert bed has facilitated the detailed preservation of even the venation in the prolific insect wings entombed therein. Stratification is pronounced and well-defined joints cause the tuffaceous chert to break into rhomb-shaped blocks. In some cases the fresh, grey to black rock is so highly silicified as to be slightly translucent, and all evidence of banding is obliterated. This insect bed is underlain by a 15-18 ft. (4.6-5.5m) thick sandstone, beneath which is a very prominent bed of coarse, strongly-cemented conglomerate consisting of water-worn pebbles (including pebbles of coal). Fossil wood is abundant in this underlying sandstone, including sections of fossilized tree trunks up to 18 in. (0.46m) in diameter.
Fossil insect remains—predominantly wings, but including portions of bodies—were first recognized in this tuffaceous chert in 1898, and subsequently nearly 2000 specimens were collected and registered at The Australian Museum in Sydney.5 It has been estimated, extrapolating from an average yield of 10-20 fossil insect wings per cubic foot, that there could be some hundreds of millions of fossil insect wings per square mile preserved in this bed.
The diversity of the insect assemblage is equally extraordinary. Some 145 species assigned to 97 genera have been described from this horizon.6 The Belmont insect fauna is, from an evolutionary perspective, "curiously unbalanced" when compared to that found in rocks of the corresponding geological "age" in the northern hemisphere.7 No Palaeoptera ("ancient wings"), except an undescribed meganisopteron8 (large, probably predacious insects resembling dragonflies with 12-75cm [4.7-29.5 in.] wingspans), no blattoids (cockroaches), and no orthopteroids (straight-winged insects such as grasshoppers, locusts, and crickets) other than a single species of Plecoptera (stoneflies)9 are known from the Belmont Insect Bed. Only one species of Glosselytrodea (one of the mecopteroids, or insects with wings of equal length, such as the butterflies, moths, and flies) occurs,10 and one species of Odonata (dragonflies).11 However, there are about 60 Homoptera (cicadas, leafhoppers, aphids),12 about fifteen Psocoptera (related to book lice),13 three families of Neuroptera (lacewings),14 a few Coleoptera (beetles),15 and Trichoptera (caddis flies),16 an abundance (about 30) of Mecoptera (scorpion flies),17 and a few species (some reassigned) of Diptera (four-winged and two-winged flies).18 The "earliest" Heteroptera (includes stink bugs, assassin bugs, water bugs, and bed bugs) found anywhere in the world come from this horizon.19 Furthermore, apart from a single specimen from the late Carboniferous of Tasmania, the insect fauna from the Belmont Insect Bed is the oldest known in Australia.20
Of significance is the fact that these insect remains in this tuffaceous chert horizon are associated with plentiful fossil conchostracans (mostly diminutive, branchiopod crustaceans with a bivalved carapace enclosing the whole body, and related to water fleas). Living conchostracans inhabit freshwater environments. A diverse fossil assemblage has been described,21 a total of 25 species of this group of arthropods being present in this horizon.22 Fish scales are plentiful in some localities, though no fossil fish have been found.23 Associated plant remains include Glossopteris, Phyllotheca, and Neoggerathiopsis with occasional Annularia and Sphenopteris, woody gymnosperm trees, ferns, and horsetails that constitute the flora of the coal seams in the Newcastle Coal Measures, and other southern hemisphere Permian coals. The lower portions of the Belmont Insect Bed possess a coarse texture and are dirty brown to black in color, due to the prevalent comminuted plant remains resembling chopped straw.
Many theories have been advanced to explain how insects might have evolved,24 beginning with a few wingless groups in Devonian rocks. After a gap in the Lower Carboniferous (Mississippian), there is a sudden explosive "appearance" of winged insects in Upper Carboniferous (Pennsylvanian) and Permian rocks, where representatives of nearly all extant orders are found. There is definitely no evidence of macroevolutionary transitional forms amongst the myriad of fossilized insects found in the Belmont Insect Bed, nor in the insect fossil record as a whole. Insects appear suddenly in the record fully-formed and fully-functional (intelligently designed and created), and after that they just diversify (reproduce after their "kinds"). Yet the relative richness of the insect fossil record is indicated by the 1,087 insect families having a geological history, and the 69% of living families having fossil representatives.
On the other hand, there are only about 790 living insect families, which implies more than 27% of the 1,087 insect families have become extinct. In reality the strata contain a record of death, so graphically evident in this Belmont Insect Bed. Hundreds of millions of insects were suddenly caught in a blanket of volcanic ash catastrophically blasted over them. Wings were ripped from insect bodies, though sometimes bodies without wings and legs, or with parts of only some legs,25 survived the volcanic blast to be entombed with all the wings. The accumulation of this silicified volcanic ash bed was no slow-and-gradual process in some temporal habitat, for only a catastrophe would have swept together and entombed such an incredible mass of insect parts with the carapaces of countless tiny crustaceans, fish scales, plate remains, and plant "hash." Nor was this volcanic catastrophe some isolated event in the midst of timeless tranquility, but rather a fleeting stage in a far greater watery cataclysm. Directly beneath this volcanic ash bed, deposited over an enormously extensive area, is a coarse, water-worn pebble conglomerate, and sandstone with the fossilized remains of the tree trunks whose violently stripped foliage very soon became the plant remains and "hash" in the volcanic ash. Above, the strata include the great thicknesses of plant debris making up coal seams, buried by further violently transported conglomerate masses.
Thus these swarms of insects, whose original ancestors had been created and then diversified as they had reproduced after their "kinds," were catastrophically destroyed and entombed by a volcanic blast during a watery cataclysm. This Australian fossil insect bed, therefore, bears eloquent testimony to the devastation during the Genesis Flood.
This ones long enough, I wanted to give as much detail as possible to allow you to form your own opinions. I'll put more on another reply.